internal void HandlePacket <TPlayer>(Type type, TPlayer ws, Authentication.IAuthModule auther, RoomManager <TPlayer> rooms, Stream data)
where TPlayer : Player, new()
{
switch (Activator.CreateInstance(type))
{
case IAuthentication auth: {
if (ProtoSerializer.Deserialize <v1.Authentication>(data, out var __))
{
auth = __;
HandleAuth(ws, auther, rooms, auth);
}
else
{
ws.Socket.Send(ProtoSerializer.Serialize(GetSuccess(false, "Unable to deserialize your authentication packet.")));
}
} break;
case IRegistration reg: {
if (ProtoSerializer.Deserialize <v1.Registration>(data, out var __))
{
reg = __;
HandleReg(ws, auther, rooms, reg);
}
else
{
ws.Socket.Send(ProtoSerializer.Serialize(GetSuccess(false, "Unable to deserialize your registration packet.")));
}
} break;
case IRoomRequest req: {
if (ProtoSerializer.Deserialize <v1.RoomRequest>(data, out var __))
{
req = __;
HandleRoom(ws, rooms, req);
}
else
{
ws.Socket.Send(ProtoSerializer.Serialize(GetSuccess(false, "Unable to deserialize your roomrequest packet.")));
}
} break;
case IMessage msg: {
if (ProtoSerializer.Deserialize <v1.Message>(data, out var __))
{
msg = __;
HandleMessage(ws, rooms, msg);
}
else
{
ws.Socket.Send(ProtoSerializer.Serialize(GetSuccess(false, "Unable to deserialize your message packet.")));
}
} break;
default: break;
}
}
public override async void Handle <TPlayer>(TPlayer ws, Authentication.IAuthModule auther, RoomManager <TPlayer> rooms, Stream data)
{
using (var t = new MemoryStream()) {
data.CopyTo(t);
data.Seek(0, SeekOrigin.Begin);
Console.WriteLine(Convert.ToBase64String(t.ToArray()));
}
if (!ProtoSerializer.Deserialize <SimpleIProtoMessageInheriter>(data, out var res))
{
await ws.Socket.Send(ProtoSerializer.Serialize(GetSuccess(false, "Unable to deserialize your message.")));
return;
}
if (!ProtocolDefinition.FindTypeFor(res, out var type))
{
await ws.Socket.Send(ProtoSerializer.Serialize(GetSuccess(false, "Unable to find the type for your message.")));
return;
}
HandlePacket(type, ws, auther, rooms, data);
}